Click here to skip to this page's main content.

New to the Open Library? — Learn how it works
Last edited by WorkBot
January 24, 2010 | History

Design of a resonator device to measure tissue viscoelasticity 1 edition

Design of a resonator device to measure tissue viscoelasticity
Parag Dhar

Read

No readable version available.

Lists

You could add Design of a resonator device to measure tissue viscoelasticity to a list if you log in.
Oh! The humanity! There's no description for this book yet. Can you help?
There is only 1 edition record, so we'll show it here...  •  Add edition?

Design of a resonator device to measure tissue viscoelasticity.

Published 2005 .
Written in English.

About the Book

The mechanical properties of tissues are essential in diagnosing medical pathologies, with the tissue's viscoelastic properties being of particular interest. However, current technology is inadequate in its capability to measure accurately the viscoelastic properties of living tissues, thus limiting progress in the medical field.To overcome the limitations of the current technology, this thesis develops the design of a new mechanical resonator device to measure the viscoelastic properties of tissues. The device will be minimally invasive and measure quantitatively the localized properties of tissues in a living state.To achieve the design of the resonator, extensive modeling of biological tissues is performed. Secondly, a study of different linear actuation methods is conducted, resulting in the selection and analysis of piezoelectric actuator. Finally, the resonator system is modeled using analytical lumped mass models and finite element models. Simulations validate the resonator as an effective measurement technique for viscoelastic tissue properties.

Edition Notes

Source: Masters Abstracts International, Volume: 44-02, page: 1021.

Thesis (M.A.Sc.)--University of Toronto, 2005.

Electronic version licensed for access by U. of T. users.

GERSTEIN MICROTEXT copy on microfiche (2 microfiches).

The Physical Object

Pagination
129 leaves.
Number of pages
129

ID Numbers

Open Library
OL19217362M
ISBN 10
0494074051

History Created December 11, 2009 · 2 revisions Download catalog record: RDF / JSON

January 24, 2010 Edited by WorkBot add more information to works
December 11, 2009 Created by WorkBot add works page